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NANP Nutrition Models Workshop

机译:NANP营养模型研讨会

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The animal sciences are made up of a wide range of processes fromsingle gene inheritance through cellular, organ, whole-animal, herd,farm, system, and economic and social processes. Research over thelast 100 years has given us tremendously detailed insight and massivedata sets on all aspects of food animal production. Nutrition and feeding,including all the interactions with genetics, the environment andreproduction are central to supplying health and efficient animals for ahealthy human population. Although no one or one research group cansimultaneously teach or do research in all these sections, our charge toimprove the security, safety and efficiency of the animal food productsystem dictates that several efforts integrate 2 or even many of thesesystems toward a common end goal. Many government, NGO andprivate companies and organizations now are involved in and in factrequire complex approaches to solving the complex issues of foodproduction. Various research and educational approaches are valid anduseful, but they all make use of sound quantitative biological and statisticalapproaches, including various types of mathematical and statisticalmodeling techniques. The National Animal Nutrition Program and theNational Research Support Program exist to support and encourageexcellence in education and research in Animal Sciences Nutrition andall aspects of the food system that are integrated with that (we don’t feedanimals in a separate system, the inputs into the animals and outputsfrom them are an integral part of the system as a whole. The workshoptoday encompasses a variety of useful concepts and practices that willallow the student or scientist at any stage of their career to more fullyunderstand and use a variety of biological, mathematical, and statisticalapproaches to systems biology research and education. The topics,practices, and information will be useful for anyone starting a career inthe animal sciences or wishing to integrate their existing teaching andresearch into a relevant systems approach to providing a wholesomefood supply.
机译:动物科学由各种过程组成通过细胞,器官,全动物,畜群遗传单一基因遗传,农场,系统和经济和社会流程。研究过去100年给我们带来了极大的详细洞察力和大规模关于食品生产的各个方面的数据集。营养和喂养,包括与遗传学,环境和环境的所有相互作用复制是提供健康和高效动物的核心健康的人口。虽然没有人或一名研究群体可以同时在所有这些部分中教授或进行研究,我们的费用提高动物食品的安全性,安全性和效率系统决定了几项努力整合了2甚至很多朝向共同的目标目标。许多政府,非政府组织和现在涉及的私营公司和组织实际上是需要复杂的方法来解决食物的复杂问题生产。各种研究和教育方法都有效和有用,但他们都利用了声音定量的生物和统计方法,包括各种类型的数学和统计建模技术。国家动物营养计划和存在国家研究支持计划以支持和鼓励卓越的教育和研究在动物科学营养中与此集成的食品系统的所有方面(我们不喂动物在单独的系统中,输入动物和输出来自它们是整个系统的一个组成部分。车间今天包括各种有用的概念和实践允许学生或科学家在他们职业生涯的任何阶段更充分了解和使用各种生物,数学和统计系统生物学研究与教育方法。主题,做法,信息对于开创职业的人来说是有用的动物科学或希望整合他们现有的教学和关于提供有益健康的相关系统方法研究食品供应。

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  • 来源
    《Journal of dairy science》 |2019年第suppla期|1-3|共3页
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  • 收录信息 美国《科学引文索引》(SCI);美国《生物学医学文摘》(MEDLINE);美国《化学文摘》(CA);
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  • 正文语种 eng
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